Everglades Correctional Institution Leaks Visitor Information to Inmates

A serious data breach at Everglades Correctional Institution (ECI) in Miami-Dade County has left dozens - and potentially hundreds - of prison visitors alarmed after their personal contact information was inadvertently shared with the entire inmate population. According to multiple individuals who spoke to The Phoenix, names, email addresses, and phone numbers of those who had applied to visit inmates were exposed.

Affected individuals, many of them women visiting incarcerated loved ones, expressed fear of harassment or extortion. One woman cited how easy it would be for an inmate to use the leaked data to intimidate or extort visitors, especially in the context of prison rivalries or vendettas. Some noted the chilling possibility of threats being passed through inmates' family networks using this newly exposed information. As of Monday, no official acknowledgement or outreach had been made by the Florida Department of Corrections (FDC) to those impacted, fueling anger and anxiety among affected families.

To prevent breaches like this, organizations must adopt end-to-end cybersecurity visibility that unifies key threat detection and response tools across the entire digital landscape, including the network, endpoints, IoT devices, and more. A comprehensive approach - combining Network Detection and Response (NDR), Endpoint Detection and Response (EDR), Extended Detection and Response (XDR), SIEM, and threat intelligence in a platform such as NIKSUN's - ensures threats and compliance violations are detected early and responded to effectively. These systems work best when unified, allowing security teams to trace threats across users, devices, and data paths, reducing human error and preventing sensitive information from being exposed. In high-stakes environments like correctional systems, this level of visibility is critical not only to protect data but also to maintain public trust and personal safety. Read more about this story on our LinkedIn page

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